The iPhone X introduced wireless charging to the iPhone line, and it did so on the Qi standard without the magnet array that later generations added. That single difference explains most of what owners experience today: charging works, but placement decides the result.

For an owner the practical question is which pad to buy for a phone of that generation, and for a retailer it is how to describe the limitation honestly.

Does the iPhone X support wireless charging?

Yes, on the Qi standard.

The iPhone X and iPhone 8 generation introduced Qi wireless charging to the iPhone line, without the magnetic alignment added in later models.

The iPhone X, also referred to as the iPhone 10, uses the Qi inductive charging standard maintained by the Wireless Power Consortium, and it has no magnet array, so the phone must be placed over the coil by the user (Wireless Power Consortium: Qi). Compatibility is therefore a question of the pad being Qi-compatible rather than of brand matching.

Apple publishes guidance on wireless charging that covers the supported device generations and the adapter requirements behind the pad, which is the reference to cite for a specific model (Apple Support: Fast charge your iPhone).

Why alignment matters more than wattage on this generation

Without magnets, the phone’s position relative to the coil depends entirely on the user. A few millimetres of offset reduce the coupling, which lowers the delivered power and raises the heat generated in both coils. Owners often interpret the resulting slow charge as a pad fault.

Two pad characteristics reduce the problem: a large coil area that tolerates positional error, and a surface with enough friction or a slight recess that keeps the phone from sliding. Those two attributes matter more on a non-magnetic phone than a higher output rating does.

Charging speed: what to expect in practice

Wireless charging on this generation is slower than wired charging, and the difference is inherent to the inductive transfer rather than a fault. Apple’s guidance describes the wireless fast-charging requirement in terms of a MagSafe charger and a minimum adapter rating for the later generations, which indicates how the ceiling is defined per model.

For an iPhone X owner, the realistic expectation is a charge that is adequate overnight and slower than a cable during the day. Where a faster result is needed, the wired path through a USB-C to Lightning cable and a USB-C PD adapter remains the answer.

Cases and accessories that block charging

Thick cases, metal plates and magnetic mounts all interfere with inductive charging, and on a non-magnetic phone the metal plate is the most damaging because it also distorts the field. Cases with a raised camera surround can also lift the phone away from the pad surface.

The practical test is to remove the case and place the phone directly on the pad. If charging starts reliably and continues, the case is the variable and a thinner one is the fix. If it does not, the alignment or the pad’s power supply is the next item to check.

Is a magnetic pad worth buying for an older iPhone?

A magnetic pad will charge a non-magnetic phone as long as the coil is positioned under the phone, but the magnets add nothing on this generation. For an owner planning to upgrade the phone soon, buying a magnetic pad is sensible; for one staying on the current device, a flat Qi pad with a large coil is the better value.

From a product-range perspective, this is why retailers keep both formats: the flat pad serves the installed base, and the magnetic version serves current and future devices. WECENT produces both formats within its wireless charger range, including magnetic pads and multi-device stands.

Troubleshooting wireless charging on an older iPhone

Four checks resolve most cases. Confirm the phone is Qi-capable and the case is thin. Confirm the pad’s power adapter meets the requirement for the device generation. Reseat the phone over the coil and watch whether charging starts promptly. Finally, test the same phone on a second pad, and a second phone on the first pad, to establish which component is limiting.

Battery condition is the remaining variable on an older device: a worn battery accepts power more slowly and generates more heat, which compounds the thermal behaviour of any wireless pad.

For retailers: describing the limitation honestly

Product pages for a flat Qi pad should state that alignment is manual and that the charging rate depends on the phone’s own wireless capability. That single sentence prevents the returns that follow from a customer expecting magnetic-style placement behaviour from a phone that does not have the hardware for it.

WECENT supplies wireless platforms with sampling, certification planning and batch traceability through its OEM/ODM programme, and the Qi-related certification of the pad is handled separately from the adapter’s own market marks, which follow the external power supply rules of each market (Regulation (EU) 2019/1782 and 10 CFR Part 430). EMC compliance for the pad’s electronics follows the destination market’s framework, such as the FCC Part 15 rules in the United States (47 CFR Part 15).